fatigue failure

The dynamic stress analysis is demonstrated to have significant impact on the strength failure and fatigue failure of flexible mechanisms.

However, due to the brittleness, high modulus and fatigue failure in vivo, the application of HA is restricted in clinic.

Fatigue. Failure, at relatively low stress levels, of structures that are subjected to fluctuating and cyclic stresses.

In addition, the fatigue failure of concrete due to long-term train-induced dynamic load should be considered in design.

High compressive -shear stress beneath the contact point of ball bearing is the main reason for its fatigue failure.

The main reason of inclined pipe fracture was low frequency stress fatigue failure at temperature field.

Thermal fatigue. A type of fatigue failure wherein the cyclic stresses are introduced by fluctuating thermal stresses.

Alternating stress produced by alternating dynamic ice force evidently results in the partial fatigue failure.

The main form and cause of fatigue failure of steel crane beam are analyzed first, and focused the welded steel crane beam.

It points out that the classification of fatigue failure and the mechanism of fatigue cracks, expansion and fracture.

Stress invariant criteria cannot predict the impact of stress-amplitude ratio on multi-axial high-cycle fatigue failure.

Repetitive loading on bones, as in all synthetic structural materials, causes fatigue failure.

Vortex-induced vibration(VIV) of pipeline span may cause yield failure, buckling failure and fatigue failure.

Fatigue failure is the common question occurred at the weld toe of the vibration damper.

The vortex-induced vibration (VIV) is the main cause of yield failure and fatigue failure for risers.

That metal component are failed because of the fatigue failure is one of the most popular and common form.

The skins delamination is the main fatigue failure mode for composite blades.

Slight misalignment of the internal shaft is suspected to cause side loading and lead to premature fatigue failure at low hours.

Conclusion Bone structures in fretting wear will induce fatigue failure and this will. . .

The analysis of materials and fracture appearance shows that the cracks on the hanger of ropeway are caused by fatigue failure.

The cylinder head bolts of the three-cylinder internal combustion water pump are under dynamic load and fatigue failure is easy to happen.

According to results, the form and mechanism of fatigue failure were clarified elementarily.

Through analysis many times, the main reason is fatigue failure that is caused by stress concentration and surface quality.

Buffeting forces are random, so axial forces of bolts change with time. And that can easily lead to fatigue failure.

This will lead to roll failure such as fire crack, surface crack, and fatigue failure.

Recrystallization and Fatigue Failure of Blades Made of a Directionally Solidified Alloy

In vitro comparison of fatigue failure between conventional denture and a new type resin-bonded fixed partial denture

Generalization of Life Characteristic Investigation for Probabilistic Fatigue Failure

The Fatigue Failure Study of Direct and Indirect Resin Composite Restorations

Virtual analysis of the lubrication of main bearings on locomotive diesel engine and their fatigue failure

The Numerical Simulation Analysis of Asphalt Pavement Moisture Damage Fatigue Failure Process

Fatigue Failure Analysis of Structures under Random Vibration Environment

Fatigue Failure Properties of Pre-cracked Aluminum Alloy Plates One-Side-Bonded With Composite Patches

Influence from nonmetal inclusion and devulcanizing to the fatigue failure of spring

Fatigue failure of heavy - duty gear surface and its prevention

Tensile test and SEM in situ fatigue failure analysis of beryllium-aluminum alloy at room temperature

Experimental Study and Fatigue Failure Simulation on Steel Fiber Concrete

Mechanism and Prevention of Fatigue Failure for Drilling Collar Thread Linking

On the protection of the compressor piston rod from fatigue failure too early

Fatigue failure of the fixed mould plate in the injection molding machine

Fatigue Failure Analysis of Members of Metallic Structure in Large Scale Port Machinery

Analysis on Brake Beam Roller Axle Welded Structure Fatigue Failure Problem

The mechanism and cause of the crane metallic structure's fatigue failure

Analysis on the fatigue failure of agitator blade and the preventative control methods

Characteristics of the fatigue failure

Analysis on Fatigue Failure Procedure for Rolling Bearings

Way of fatigue failure identification

Fatigue Failure Analysis of Aerofoil Girder Leading to Air Disaster

Analysis about Fatigue Failure of Working Roller in Aluminium Foil Mill

Finite Element Analysis of Aerofoil Fatigue Failure

Fatigue failure of rubber composite under cyclic loading

Fatigue Failure and Its Prevention of Gear

Mechanism and cause of the steel structure's fatigue failure

A Study on the Fatigue Failure of Drilling Collar Thread Connections

Effect of corrosion on the fatigue failure of rod-pumped tubing in Daqing oil fields

Simulation analysis of fatigue failure

Fault Diagnosis of Fatigue Failure in Inner Race of Roller Bearing

Research method of fatigue failure for rubber composite

Measure to Prevent Fatigue Failure of Thread Head Ultrahigh Pressure Vessel

Fatigue Failure Study on the Crack of Truck Bolster of Freight Car

Fatigue Failure Analysis of Metro M-Car Gearbox Bracket

Thermal Fatigue Failure Analysis of SnPb Solder Joint in Flip-Chip Assemblies

Working for a long time, it can easily produce the fatigue failure in the impeller root, and destroy the axial flow pump's normal work;